KEGG   Seriola dumerili (greater amberjack): 111230135
Entry
111230135         CDS       T05606                                 
Symbol
ash1l
Name
(RefSeq) histone-lysine N-methyltransferase ASH1L isoform X1
  KO
K06101  [histone H3]-lysine4 N-trimethyltransferase ASH1L [EC:2.1.1.354]
Organism
sdu  Seriola dumerili (greater amberjack)
Pathway
sdu00310  Lysine degradation
sdu01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:sdu00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    111230135 (ash1l)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:sdu03036]
    111230135 (ash1l)
Enzymes [BR:sdu01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     111230135 (ash1l)
Chromosome and associated proteins [BR:sdu03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     111230135 (ash1l)
SSDB
Other DBs
NCBI-GeneID: 111230135
NCBI-ProteinID: XP_022612455
Position
Unknown
AA seq 2032 aa
MDQRVKGGTPPATNSNLEPTSAPEDSEQDQVTEKKRRGEGENGDVGKKEEEKRGAGRKRE
GDKGAVLELLIEGRCGSAGQQQLQISGRETSCPEGNVRLRIGLQAKRTKKPPKILESYVC
KPTIRTYQRQGRGGLLKGDGEGGVGQQSKTSSTPEETTREQRSGLDGVQTTSKQTASAAS
PPLASSSLSSSSSSSSSQPLSLSSTFTTASTQASVPAIASQGTKSAKQVPIKLADKTEVN
SNGSSERVKKEKLPNVNGQPVPAGHCSTAPDQTASATPSTPCIQALSASETRNEGNASKK
HNGLVQTARQKGLSNGKGPVDILGTSTSSKIKVGKHSSSSAVSSMDSSTRPLVSTSSHKD
LSLSNKSRPDSPSSPSVTPKPQSSPTVDRSSSQSQDQDPSLQPTLEKEREKERKAKKEKR
KDKKSKRDRLDAERAKSESRKEEGKKKKKEKGKDGKSRHAKEKAERHRTDDMWRDDLKTE
RGKAEKKRDKLSPDRQRTEDNNVKCGEAVDSGKLDKICKVVNPGRPEEKDKTDDSCKPVK
QAEPATTTGDTSKSKEQDVSRHSTVPPSHPSSSAPPSLPTPSARAPVSPPSSPQEQDSRP
LKKRKARRPSWTKLVHRAQRVENQEAPSDSQHNPLLSFPQNPKTSLPAKATIQQTDESHP
IPSSSLTSSSSPLSSAIKPPSPKQSHPTSDPSPPASRCTITPARKRGRPKSHSSSLDEPP
PRLSTTTIPAEVPLLGCNGVQKAPVLEPSPILQCAAPSKSSPKKRGRPPKRPLPEDQSGD
ALNHNDDTDRSKDFHPPEKGNRQLKIRRLINEMKKRKKRRLHKVMLSGYVGKEGKGSEAA
DGETSLRMCKSIEATTVHTLSALSSSFGSKLGPQINVSKRGTIYMGKRRGRKPKVQTANL
NSSSQNSAQSSLFTNPSETSLFSSSQPQPPSSHPFPSPSLTHSSGAQSPYSEGSLTEPTS
SLLFPHPFSLPSPSSSCTSPRPPSSSSLSPFVKKSCPCQGRHHFPFHQSSCKLSCPTPPL
HHTPGSPGHLKEATPSPRSESHSEETLPSDSGIGTDNNSVSERGEMRGPRGILRLGQGSG
VMLGGQRHPSSLVDRPSPVSSPPSHIPRHANPVSNSSSMERHRDRHRHRRREYDCSSSCT
CLCPCPCPGHNKCTHSDYYPCLGHNALKRQKNKHKKKHQQLHMQDPEFLAELEDLIGQFS
EVHIGRRSWVRTGLGQGFDGSGNAPGGRRHHPSSHSLRSNIFRINLNGFYSPHPSSYPTN
PSFSPQPFYPCQPVHCNRKPDRRQCGCPSKFQETIENMGFYSSYPPPTTLYHHLPSSYPL
PSPHQYAPHQPHHAHFLLNPARFHRRRSRLLREGTLGGEVEGDMGGGSGGGPHFSSGFTS
SLSCGCGRSEHKHKHKHRHRHCERDMDDEEELHEDEEEDSMEREGLASSKPRSGFILGQG
EGGRKGTRGMGSMLSKESPWLCENGNDSFSSAAAATASSSSAERYKHTSLTSLGLGSSHL
SSFGGGWGGLGQSWMKFGGLGGPGFGNSNPSWRTFTGEQRAGGLIPSDGEDEDTEDIQES
HLYRSSPSPTHTNLFTSAAMATGGRGPRSGLSSRNSGSEDRSWRRDEPAWRERREAGLQG
DSRSRGQQKSVPTPDSVAVKNKRRPGRPRKHPLPFTVSSPTHSSAAPSMSSLDLLPGHSH
SREGREVGGRKEEERAPERDGGGDTVQQVTELELQARRKRGRKRKHGDSPCHQSVAVDKP
ECDTPPECFSQSDVDQAPSQPVTIQREERADGPPRKKFLMAGLYSDDYKTTDPPSQAQQI
CRESLEYTPGEHEYTLLPAPIHVGKYLRLKRIHFQLPYDVMWLWQHNQLHRQPAVPLKRK
RRYCRLKERTVSSHQMAEESSSDITSLFPHLDMEPLTSSERSFVVKHHVFLVRNWELVRD
RQIRLRIERERERDAEGEEGDSRRLSCDGANGDDSHIKSDQPVGEEVTVISSDPHHQSQD
TSSLLTASPCHTKTQSREEEEGEEEKRGEEEVCSREQRRRRLNDLLLTLQHS
NT seq 6099 nt   +upstreamnt  +downstreamnt
atggaccagagagtgaaggggggaacccctccagccacaaactccaatctggagcccacc
tctgcacctgaagactctgagcaggaccaagtgacagagaagaagagaagaggtgaaggg
gagaatggagacgtagggaaaaaggaggaggagaaaagaggagccgggaggaagagagaa
ggagacaagggggcagtgctggagctgctcatcgaggggcgctgtggaagcgcagggcag
cagcagcttcagatctctggcagagagaccagctgccctgaggggaatgtacgactccgg
attggactgcaggccaaacgcaccaagaaaccgcccaagattttggagagctacgtctgc
aagcccaccatcaggacctatcagagacaaggcagggggggactgctgaagggggatggt
gaaggaggagtggggcagcagagtaaaaccagctctaccccagaggagacaaccagagag
caacgctcaggcttggatggtgtccagaccacatccaaacaaactgcatctgctgcctca
ccaccgcttgcatcatcatcattatcatcgtcatcatcatcttcgtcatcgcagccactg
tcgttatcatcaacatttactacagcttccacccaagcctcagtccctgccatagccagc
caagggacgaagtctgccaaacaggttcctatcaaactggccgataagacagaggtgaat
tcaaatggctcatctgagagagtgaagaaagagaagcttcctaatgtcaatggccagcct
gttcctgcaggacactgctcaaccgcaccagaccagaccgcttcagctactccttccaca
ccatgcatccaggctctctctgcatctgagaccagaaatgaaggaaacgcctccaagaaa
cataatggtttggtccagacagcgagacagaagggactatcgaatgggaaaggccctgtt
gacatccttggcacttccacctcgtcgaaaatcaaagttgggaaacacagcagttcctcc
gctgtttcttccatggactcctcaacaagacctctagtctccaccagctcccacaaagat
cttagcctgtccaataagagtaggccagactctccttcctctccctcagttacccctaaa
ccacagtcctcccccactgtggatcgctcctcttcccagtcccaagatcaggatccttct
ctacagcccacactagagaaagagagagagaaagagaggaaagcaaagaaagagaaacgg
aaagacaaaaaatcaaagcgagatagattggacgctgaaagagcaaagagtgagagcaga
aaggaggaaggcaagaagaagaaaaaggagaaagggaaggatggaaaatcaaggcatgct
aaagaaaaagctgaaagacacaggacagatgatatgtggagggatgacctaaagactgaa
agaggaaaggctgagaaaaagagggataagcttagtccagacagacaaagaacagaagat
aataacgtcaaatgtggtgaagcagtcgatagtggcaaactagataaaatctgtaaagtg
gtgaatccaggcagaccagaagaaaaagacaagacagatgacagttgcaagccagttaaa
caagctgagccagcaacaacaacaggtgataccagtaaatcaaaagaacaagacgtctca
agacattctactgtgcctccaagccacccctcctcctctgctcctccctctctgcccact
ccctctgcccgtgcccctgtttctcccccttcttccccccaagagcaagacagccgaccg
ctcaagaaacgtaaagccagacggcccagctggaccaagctggtgcaccgggctcagagg
gtggaaaatcaggaagccccttcagattcccaacataatcctttactaagttttccccag
aaccctaagacgtcccttcctgccaaggccactattcagcagaccgatgagtcacaccca
attccgtctagctctttaaccagcagttcctctcctctctcttctgcgatcaaacctcca
tccccgaagcagagtcacccaacatcagaccctagcccccctgcgtccagatgcaccata
actccagcccgaaaaaggggccgccctaaatcccacagctccagtttggacgagcctccc
ccaagactttcaacgaccactatcccagctgaggtgcctcttctggggtgtaacggagtt
cagaaagcccctgtactggagccaagtccaatactgcagtgtgctgctccgtctaagtcc
agccccaagaagcgtggccgtcctcccaaacgacccctccccgaggaccagagtggagat
gcactgaatcacaatgatgatacagacaggagtaaagattttcaccctcctgaaaagggg
aacaggcagctaaagatcaggaggctgattaatgagatgaagaaaaggaagaagaggaga
cttcacaaggtaatgctgtctgggtatgtaggaaaggagggaaagggaagcgaggcagca
gatggcgagacctctctgagaatgtgtaaatcaatagaggctacaacagtacacacgctc
tcagccctgtcctcatcctttgggagtaagctgggccctcagatcaatgtgagtaagagg
gggaccatctacatgggcaagaggcgaggacggaagcccaaagtccaaacagcgaaccta
aattccagctcccagaactccgctcagtcgtctctgttcaccaatccctctgaaacttca
ctcttctcgtctagccaaccccagcctccttcctctcacccctttccctccccatctctt
acccactccagtggggcccagagtccttacagtgaaggcagcctcacagaaccaacatct
tccttacttttccctcaccccttctccctcccttccccgtcatcatcctgtacctccccg
cgtcctccctcctcctcatccctctctccctttgtgaagaagagttgtccatgtcaggga
aggcaccacttcccctttcaccagtcttcatgtaagctctcctgccccacccctcctctg
catcacacacctggctctcctggccacctgaaagaggccaccccctcccccaggagtgaa
tcacacagcgaagagacgctgcctagcgatagcggaattggaacggataacaacagtgtt
tctgagcgaggggagatgaggggccctcgaggcattctcaggttgggtcaggggtcagga
gtgatgctcgggggacaaagacacccttcctctcttgtggaccgtccctcccctgtctcc
tcacccccctctcatattcccagacatgcaaacccagtcagcaactcaagttctatggag
cgccaccgagacagacaccggcacaggcggagggagtacgactgctcctcttcctgtact
tgcctgtgcccctgcccctgcccaggccacaataagtgcactcattcagactattatcct
tgccttgggcataatgcactgaagagacagaaaaataaacataagaagaagcaccagcag
ctgcacatgcaggatccagagtttctggctgaactagaagatctgattggtcaattcagc
gaggtccatatcggacggcgaagctgggtgaggacaggactgggacagggctttgacggg
agtgggaacgctcctggaggaaggcgccatcacccctcctctcattctctccgctctaat
atcttcaggatcaacctgaatggtttctactcgcctcacccctcgtcttaccctactaat
ccctccttctccccccagcctttctacccctgccagccagtgcattgtaacaggaagccg
gaccgcagacagtgtggctgcccgtcaaagttccaggagaccattgaaaatatgggcttt
tacagcagctatcccccacccacaacactttaccaccacctccccagctcctacccgctt
ccgtctcctcaccagtatgcgccccatcagccccaccatgcccacttcctcctcaacccc
gccagattccacaggcgcaggagcaggttgctgagagagggcactttgggaggagaggtt
gagggagatatgggaggaggcagcggaggaggcccacatttcagctcagggttcacatcc
agcctctcctgtggctgtgggaggagcgaacacaaacacaaacataaacaccgtcaccgg
cactgcgagcgagacatggacgatgaggaggagttacacgaggatgaggaggaagacagc
atggagagagaggggttggccagttcaaagccacggtctgggttcattttggggcaagga
gaaggaggaaggaaagggacaagaggaatggggagcatgctgtccaaagaatcgccttgg
ttatgtgagaacggaaatgattccttctcctctgctgctgctgccacagcatcatcatcc
tcagcagagaggtacaaacacacatctctcacctcacttgggctgggttcctctcacctg
tcttcatttggaggaggctggggcggcctgggccagagctggatgaaattcgggggtctg
ggagggccagggtttggaaactcaaaccccagctggagaactttcaccggggagcaacgt
gcaggcggactgatcccatcagacggagaggacgaagacactgaggatattcaagagtca
cacctgtacaggtcatctccctcaccgacacacaccaacctgttcacatccgctgccatg
gcaacaggtgggaggggtccaaggagtggattgtccagtaggaattcaggaagtgaagac
aggtcatggaggagagacgagccagcttggagagagaggagagaagcaggtttacaaggt
gactcaagaagccgggggcagcagaaaagtgtgccaacaccagacagtgtggcggtcaaa
aacaaaagaaggccaggacggcccaggaagcacccactgcccttcactgtatcctccccc
acacactcatccgcagctccctccatgtcatcactcgacctcttgccaggacacagtcac
agcagagaaggaagagaagtgggagggagaaaagaagaagaaagagcgccagagagagat
ggaggaggcgacacagtgcagcaggtgacagagttggagctgcaggccaggaggaagaga
ggacggaagagaaaacatggtgactccccctgtcatcagagtgtcgccgtggataaacct
gagtgtgacaccccccctgaatgctttagccaatcagatgtggaccaggctccgtcccaa
ccagtaaccatccaaagagaggagagagcagatggtcctcccaggaagaagtttctgatg
gcaggtctttactcggatgattacaagactacagaccccccatctcaagcccagcagata
tgcagagagagtttggagtacacaccaggggagcacgagtacacccttttacctgctccc
atacatgttgggaaatacctgaggctgaagcggattcatttccagttaccctatgatgtt
atgtggctgtggcagcacaaccagcttcacaggcagcctgctgtcccactgaagaggaag
cgacgttactgccggttgaaggagaggacggtttcctctcaccagatggcggaagagagc
tctagtgacatcaccagcctgttccctcatctcgacatggagcctttgaccagcagtgag
aggagctttgtggtgaaacaccacgtgttcctcgtgaggaactgggagctcgtgagagac
agacagatccgactgaggatagagagggagagagagagagacgcggagggggaggagggc
gactcacgacgtctgtcctgtgatggagccaatggggacgacagccacatcaagtcagat
cagccagtgggggaggaggtgacggttatcagcagtgacccccaccatcagagtcaggac
acctccagcttgctcactgccagcccctgtcacaccaaaacccagagcagagaagaggag
gagggagaggaagaaaaacgaggggaagaagaggtctgcagcagagaacagaggaggaga
cggctcaatgatttacttttgaccctgcagcattcataa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
All databases (26)   

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